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MECHANISMS REGULATING SEASONAL ADAPTATION
Seasonal control of nymphal diapause in the spring ground cricket
The larval diapause of three scarabaeid beetles and its function
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activity adaptation adult aestivation apparently apple areas behaviour Brown bugs climatic collected completion cycle daylength decreased determined developmental diapause development Dingle duration early ecology effect eggs emergence environment environmental evolution example experiments factors fasciatus females field field cricket flight geographic growth habitat hatching higher Hodek host important increase indicate individuals induction influence insects instar intensity July laboratory larvae latitude length life-history longer males maturation mean migration migratory moth moulting natural North northern nymphs observed occurs overwintering oviposition parasite parasitoid period phenology photoperiod photoperiodic response populations possible postdiapause predictions probably produced proportion pupae range regulation relation relatively reproductive reproductive diapause response sample seasonal selection sexual short similar southern species spring stage strategies studies summer Table Tauber temperature termination third transferred univoltine variability variation varies weeks winter